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Microdrop

Microdrop Precision Dispensing on a Microscopic Scale Microdrop Technologies focuses on high quality products and services for R&D and industrial applications. Microdrop dispensing instruments facilitate precision microdispensing of liquids in the pl to µl range, making them ideal for the deposition of nanoparticles as well as for many other applications. Application areas include sensor technology, minimal lubrication, polymer electronics, micromechanics,

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Review 2019

  With the festive season in full-swing, NIKYANG wishes you all a Merry Christmas and a Happy New Year.  Moving forward, let’s anticipate another fruitful year in 2020. To close out 2019, we are presenting an exclusive compilation to reflect on the amazing year! Please enjoy: #LABVOTECH #Nikyang #SmartLab #HPTLC #NewEngery #Disso #BioEquivalence #Camag #Chemspeed #Microdrop #Sepiatec #Sotax #Technobis Nikyang’s

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Dispenser Heads

A varied range of heads and pipettes for dispensing a wide selection of fluids Microdrop Dispenser Heads Microdrop dispenser heads – except for the Nanojet – use the same piezo-driven technology as an inkjet printer for contactless dispensing, generating a micro-fine droplet of liquid at the nozzle tip which departs from the dispenser head at high speed (approximately 2 m/s).

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Autodrop Professional

Advanced platform for high precision inkjet printing in the μm-range Versatile High-Precision Inkjet Printing Platform The microdrop Autodrop system provides a versatile platform for inkjet printing and material deposition on a broad range of substrates. The most advanced model, the Autodrop Professional Positioning System MD-P-802 is a versatile printing platform designed for high precision in the μm-range. Using the same

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Autodrop Compact

An ideal entry point to the use of inkjet technology in R&D Versatile automatic printing system The microdrop Autodrop system provides a versatile platform for inkjet printing and material deposition on a broad range of substrates. The entry level model, the Autodrop Compact System, is an automatic printing system of modular design with which can control up to 2 parallel

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Nanojet Microdispenser

Precise contactless liquid dispensing for larger volumes Valve-based semi-automatic printing system The Nanojet Microdispenser is a semi-automatic printing system (without automatic positioning function) which uses valve-based technology for precise contactless liquid dispensing in the nl to µl range. The system is appropriate for dispensing volumes of 300nl or larger. The Nanojet technology forms a liquid jet by means of a

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Autodrop Gantry

Versatile platform for inkjet printing and material deposition on various substrates Sophisticated automatic printing system supporting 8 parallel dispenser heads The microdrop Autodrop system provides a versatile platform for inkjet printing and material deposition on a broad range of substrates. The Autodrop Gantry is a sophisticated automatic printing system with support for up to 8 parallel dispenser heads or pipettes.

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MD-E-3000

Semi-automatic dispenser system for material deposition / liquid handling Semi-automatic printing system An inkjet technology based dispenser system for material deposition and liquid handling for pl to µl volumes, the MD-E-3000 is a semi-automatic printing system (without automatic positioning function) ideal for R&D applications. The MD-E-3000 can drive at most 3 microdrop dispenser heads, which function according to the same

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Nano Technology

Nanotechnology – R&D Nanotechnology is helping to considerably improve, even revolutionize technology and different industry sectors: information technology, energy, environmental science, medicine, homeland security, food safety, and transportation, etc. By using nanotechnology, materials can effectively become stronger, lighter, more durable, more reactive, more sieve-like, or better electrical conductors. Nikyang brings you the microdrop Technologies’s advanced micro-dispensing and inkjet printing applications

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Library

Library Application Notes Chemspeed Technobis Chemspeed AutoPlant Emulsion Polymerizationson the Chemspeed AutoPlant High Output Ruthenium-Catalyzed Hydrogenation of Hexoses High Throughput Drug Profiling Suspensions, slurry transfers and filtration on the Chemspeed MiniPlant SWING Automated, Microwave Assisted Alkene Synthesis via Wittig Reaction Characterization of Medicinal Plants in Traditional Chinese Medicine (TCM) Utilising the substance handling capability of Chemspeed’s Swing platform for library

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